This grant is awarded as part of a £20 million UK Research and Innovation (UKRI) initiative to establish a national high field NMR network and support the UK’s research in life and physical sciences. It was announced during the official launch of UKRI in London last night (14 May 2018).

The investment in Liverpool will enable an upgrade of the existing solution-state 800 MHz NMR spectrometer located in the University's NMR Centre for Structure Biology, Institute of Integrative Biology. The upgrade will convert the existing solution-state system to a NMR spectrometer with dual solution-solid state capabilities, thereby strategically differentiating the Liverpool system from other very high field spectrometers in the UK.

Key to the success of this project will be a deeper integration of physical and life sciences to address several of the grand challenges identified by UKRI through the sharing of equipment within the University, and, by providing access to users.

The lead investigator, Dr Frédéric Blanc from the Department of Chemistry, said: “We are delighted that Liverpool will create this strategic capability in multipurpose high field NMR instrumentation to provide characterisation of solid and liquid phases that will underpin, enhance and extend the world-class research programme of biotechnology, chemistry, health, materials, personalised medicine, physics and synthetic biology of the University.”

The new capabilities of the enhanced system will also enable new research including: study of large complex polysaccharides of industrial biotechnology interest in solution and solid forms (chemistry and life sciences); research and development into new materials (chemistry); development of new biopolymers which could replace chemical products (chemistry and life sciences); metabolomics of solid tumours and tissues (medical sciences); molecular characterisation of the complex systems and aggregates in live cells (life sciences).

Professor Lu-Yun Lian added: “We have committed to UKRI to share this new 800 MHz facility equally between life and physical sciences, and we hope the facility will demonstrate how research addressing some of the big challenges can be truly tackled by integrating the two disciplines. This is a very exciting opportunity for us here in Liverpool as well as nationally”.

Professor Anthony Hollander, Pro Vice Chancellor for Research and Impact said: “I am delighted by the EPSRC investment in our NMR facility, that will be matched by a significant contribution from the University. This timely upgrade to a major facility ensures that we will remain at the forefront of structural biology and materials research and demonstrates our commitment to maintaining our world class research environment.”

Sir Mark Walport, Chief Executive of UKRI, said “The UK's global stature in research and innovation is founded on access to internationally competitive infrastructure. This investment means researchers will have new systems that provide greater sensitivity and a greater understanding of molecular structures, with potential impacts in pharmaceuticals, biomaterials, materials science and biotechnology.”

The University is one of eight UK universities awarded a total of £20 million investment in NMR research infrastructure.